Category Archives: Neohydro Technologies Corp. NHYT

Neohydro Technologies Corp. is the exclusive licensee for the worldwide industrial applications of the Neohydro™ and Pathocell™ technologies. Neohydro Technologies is positioning to be the leading service company for providing economical end-to-end water supply solutions for industrial clients around the world. The Company is focusing their efforts on water sterilization technology.

Neohydro is bringing a noninvasive, cost-efficient solution to industrial wastewater management. Improving the treatment of industrial water allows them to redefine the management, flexibility, efficiency, and cost-effectiveness of industrial water supply. They believe their technology will foster ethical and environmentally sound business practices and help alleviate the growing water supply crisis.

Neohydro Technologies Corp.’s device and associated technology will find use in the treatment of industrial wastewater. They are offering a high voltage electrolysis device that transforms water solely for industrial applications. The technology will allow onsite treatment of wastewater from industries such as gas drilling, oil drilling, pulp and paper mills, food processing plants, and agriculture. The process involves treating the water back to EPA standards and reusing, recycling, and re-injecting it back for these industries to reuse. The benefit to enterprises is the elimination of transportation costs, reduction of waste, re-use of the treated water, elimination of toxic chemical use, and reduction of energy consumption.

Neohydro Technologies Corp. is the exclusive licensee for the worldwide industrial applications of the Neohydro™ and Pathocell™ technologies. Neohydro Technologies is positioning to be the leading service company for providing economical end-to-end water supply solutions for industrial clients around the world. The Company is focusing their efforts on water sterilization technology.

Neohydro is bringing a noninvasive, cost-efficient solution to industrial wastewater management. Improving the treatment of industrial water allows them to redefine the management, flexibility, efficiency, and cost-effectiveness of industrial water supply. They believe their technology will foster ethical and environmentally sound business practices and help alleviate the growing water supply crisis.

Neohydro Technologies Corp.’s device and associated technology will find use in the treatment of industrial wastewater. They are offering a high voltage electrolysis device that transforms water solely for industrial applications. The technology will allow onsite treatment of wastewater from industries such as gas drilling, oil drilling, pulp and paper mills, food processing plants, and agriculture. The process involves treating the water back to EPA standards and reusing, recycling, and re-injecting it back for these industries to reuse. The benefit to enterprises is the elimination of transportation costs, reduction of waste, re-use of the treated water, elimination of toxic chemical use, and reduction of energy consumption.

This month, Neohydro Technologies Corp. announced that after extensive real-world operations in a Utah evaporation plant, their new wastewater treatment technology impressed local oil and gas operators and wastewater disposal companies because results exceeded their highest lab-projected expectations.

Neohydro Technologies Corp. CEO Dean Themy, said, “This is huge for us. We’ve had promising results in the lab, but everyone needed to know the system would hold up under real-world conditions for extended amounts of time. It has! Now all the clients that were waiting in the wings are scrambling to enter into service agreements.”

Neohydro’s single-cell unit treated a continuous stream of 2,300 barrels of wastewater in a 24-hour period. This was more than double their 1,000 barrel-capacity projection. The pilot project proved how effective a single-cell Neohydro unit, with moderate power supply requirements, and no additional chemicals, could serve a large wastewater disposal company. This application had co-sponsoring from ITL (Iowa Tank Lines Inc.) and their wastewater subsidiary Water Recovery LLC in Duchesne, Utah.

Neohydro Technologies Corp. excitedly announced today that its new wastewater treatment technology has astounded oil and gas operators and wastewater disposal companies with results that exceeded their highest lab-projected expectations. The wastewater treatment system was tested over a month of extensive real-world operations.

“This is huge for us,” stated Neohydro Technologies Corp. CEO Dean Themy. “We’ve had promising results in the lab, but everyone needed to know the system would hold up under real-world conditions for extended amounts of time. It has! Now all the clients that were waiting in the wings are scrambling to enter into service agreements.”

The pilot project has proven how effectively a single-cell Neohydro unit can serve a large wastewater disposal company. According to the press release, Neohydro’s single-cell unit treated a continuous stream of 2,300 barrels of wastewater in a 24-hour period — this result was more than double the lab-projected 1,000 barrel-capacity expectation. The lab results demonstrated that the high voltage electrodes removed enough metals, oils, hydrocarbons, BOD’s and COD’s to enable the re-use of the water in the frac process in accordance with EPA standards.

With the effectiveness of its wastewater treatment system confirmed, Neohydro now eagerly anticipates that it will be able to complete a mutually beneficial agreement with ITL (Iowa Tank Lines Inc.) and its wholly owned subsidiary, Water Recovery LLC. In the interim, the company’s mobile test unit, the Rover™ is already on its way to a series of scheduled demonstrations at several well sites in the Utah area before moving on to other potential sites in the US and Canadian Rocky Mountain regions.

Neohydro Technologies Corp. (NHYT.OB), Houston based developer of a revolutionary electrolysis system for treating water, has been named one of the top ten most promising Energy & Clean Technology companies at the 6th Annual Rice Alliance for Technology & Entrepreneurship Energy & Clean Technology Venture Forum in Houston. The forum had an impressive audience of more than 600 investors, venture capitalists, industry representatives, business leaders, and entrepreneurs.

Rice Alliance Managing Director Brad Burke, stated, “Every year the quality of companies improves. Many of the companies at this year’s event have developed prototypes, obtained proven results and are on their second round of funding. This makes them more appealing to investors, who have also expressed appreciation for the quality of the companies.”

Neohydro impressed attendees with a presentation of their proprietary high-voltage water processing technology. The unique process allows users to transform the most polluted waste water, such as that collected during oil and gas drilling, into water usable in industrial and agricultural applications, including irrigation. In addition, Neohydro’s technology can process regular waste water into a sterilant, killing harmful pathogens. The portable system uses high-voltage DC current, along with the water itself, to oxidize and kill bacteria, virus, fungi, mold, and other pathogens. The process also neutralizes arsenic and most metals and gases, and is seen as an environmentally sound way to alleviate the world’s growing water supply crisis and a cost-effective solution to industrial waste water management.

Dean Themy, CEO of Neohydro said, “I am very honored and pleased that our company has been recognized by such a prestigious group of individuals and corporations. Rice University is well-known as a top entrepreneurial university. Most recently, the Princeton Review named Rice University among the top schools in America for development of entrepreneurial companies. The audience included several CEO’s of fortune 100 companies, some of the finest venture firms, and many academics from around the world. This recognition further propels Neohydro by endorsing our technology and business plan.”